Innovative thinking in engineering 拉克桥方案Bridge Ruck-A-Chucky
Innovative thinking in engineering 拉克桥方案Bridge Ruck-A-Chucky
Innovative thinking in engineering The crossing across Gibraltar Gulf.Two cantilever- suspension bridges spanned 5000m was suggested. The length limit for suspension bridge with conventional materials and technologies is 3000m
Innovative thinking in engineering • The crossing across Gibraltar Gulf. Two cantileversuspension bridges spanned 5000m was suggested. • The length limit for suspension bridge with conventional materials and technologies is 3000m
Innovative thinking in engineering 5km Classical Suspension 1km 3km 1km 2:Hybrid Double-Cantilever Suspension 8 3:Hybrid Cable-Stayed Suspension
Innovative thinking in engineering • The alternative of 14km route crossing the gulf was adopted, three piers were built with 450m pile foundation • The mixed type Gibraltar bridge uses suspension bridge spanned 3000m in the middle and a cantilever for both 1000m to support the cable in the middle by inclined struts at the both sides
Innovative thinking in engineering Ling-tie was designed for the crossing of Yong river in Nanning,Guangxi China. A pair of inclined steel arch formed a saddle support the curved 300m steel box girder with 6-lanes traffic. The approaches are the post-tensioned RC box girders on RC piers. Both sound structural features as well as the aesthetics uniqueness made the bridge a landmark of the city
Innovative thinking in engineering • Ling-tie was designed for the crossing of Yong river in Nanning, Guangxi China. • A pair of inclined steel arch formed a saddle support the curved 300m steel box girder with 6-lanes traffic. • The approaches are the post-tensioned RC box girders on RC piers. • Both sound structural features as well as the aesthetics uniqueness made the bridge a landmark of the city
Innovative thinking in engineering
Innovative thinking in engineering